这家医院正设法募集资金购买一台新的血液透析器。
The hospital is trying to raise funds for a new kidney machine.
本实用新型是一种静电药物透析器。
The utility model relates to an electrostatic dialyzer for remedies.
目的减少复用透析器中的甲醛含量，降低病人费用。
Objective To decrease the formalin content in the reused dialyzer and reduce the patients' cost.
目的探讨全密闭式输液系统预冲透析器的临床应用效果。
Objective To explore the effect of clinical application of a full-closed infusion system in pre-rinsing dialyzer.
目的探讨密闭循环系统加热预冲复用透析器的应用效果。
Objective To explore the clinical effect of heating and pre - rinse of closed - cycle system in reusing dialyzers.
目的预防血液灌流与透析器串联治疗过程中发生凝血情况。
Objective To prevent blood coagulation happened in the treatment of hemoperfusion cartridge combined with hemodialyzer.
结论REXEED TM系列透析器临床使用安全、有效。
Conclusion REXEEDTMseries dialyzers are effective and safe for clinical application.
透析器复用装置，本发明涉及透析器（人工肾）技术领域。
The present invention relates to the technology field of dialyser (artificial kidney).
该复用机完全实现了代替人工劳动对透析器的处理，提高了功效。
This automatic dialyser reuse operation devices is able to replace the manual operation completely and enhances the reuse operation performance.
本文就主要对血液透析器以及改善其生物相容性的方法进行论述。
This paper describes dialyser and the methods of improving bio-compatibility of dialyser.
这对于透析器、静脉注射器和其他医疗及手术设备而言是极其重要的。
This is extremely important to dialyzers, intravenous injection equipment and other medical and surgical devices.
目的减少透析器复用中灭菌剂伦拿连的浪费，降低灭菌剂的消耗和成本。
Objective To decrease the wastage of renalin in the repeated use of dialyzers and lower the cost and consumption of renalin.
方法随机将200个复用透析器分为观察组和对照组(每组100套)。
Methods 200 reusing dialyzers were randomLy divided into the test group (100) and the observation group (100) respectively.
结论国产PES14 H F聚醚砜高通量透析器临床使用安全、有效。
Conclusion PES14HF dialyzer is efficient and safe for clinical application.
目的 研究REXEEDTM系列透析器的溶质清除特性，讨论护理特点。
Objective To evaluate the solute clearance characteristics of REXEEDTM series dialyzers during high-flux dialysis, and explore the care characteristics.
目的：探讨应用F6型透析器进行肝硬化自体腹水浓缩透析回输的临床效果。
Objective: To explore the clinical effect of the liver cirrhosis self - ascites concentrated and reinfusion by using F6 dialyzer.
介绍采用单片机控制的自动透析器复用机的工作原理，仪器构成及主要功能。
This article introduces the principles, composition and main functions of an automatic dialyser reuse device by microcomputer.
结论：应用F6型透析器进行肝硬化自体腹水浓缩透析回输治疗肝硬化腹水效果良好。
Conclusion: it is effective on the liver cirrhosis self-ascites concentrated and reinfusion by using F6 dialyzer.
在本文中，我们建立了中空纤维透析器中全血传质的双室模型，并给出该模型的解析解；
In this paper, a two-compartment model of mass-transfering in the whole blood for a hollow-fiber hemodialyzer is established and its analytical solution is obtained.
目的探索一种无肝素透析的新方法，以改善无肝素透析的效果和降低透析器凝血发生率。
To study a new method in non-heparin dialysis, which could improve the dialysis effect and reduce the incidence of coagulation in dialyser.
目的：探讨不同透析器复用方式对各种连续性肾脏替代疗法(CRRT)模式溶质清除率的影响。
Objective: To evaluate the effects of different methods of hemodialyzer reuse on solute clearance in various continuous renal replacement therapy (CRRT) modes.
将血液透析机的电路作一些改动，用血液灌流器代替透析器，使血液透析机在没有透析液的情况下也能工作。
In the article, we introduce how to alter the hemodialysis machine's circuit and use the hemoperfusion to replace the dialyzer so that the hemodialysis machine can work without dialysis fluid.
结论加强透析室的管理及工作人员的防护，减少输血及透析器的复用，对减少透析中乙、丙型肝炎感染至关重要。
Conclusion It is essential to strengthen the management and protection measures as well as decrease transfusion and reuses of dialyzers.
加州大学旧金山分校的一则新闻报道说，这种系统是用病人的血压来进行筛选过滤的，而不是水泵（肾脏透析器中的重要部分）。
The system uses a patient’s blood pressure to perform filtration without the use of pumps, according to a UCSF news release.
图面上彩色的圆圈表示肾透析机，氧气发生器，铁肺以及诸如此类的装置。
Colored circles on the map denoted kidney dialysis machines, oxygen generating units, iron lungs and similar apparatus.
通过相连的注射器，可以很方便地进行电极内液置换及胞内药物透析。
With a syringe connected to the microcatheter, substitution of intracellular solution and intracellular dialysis of drugs can be achieved easily.
通过相连的注射器，可以很方便地进行电极内液置换及胞内药物透析。
With a syringe connected to the microcatheter, substitution of intracellular solution and intracellular dialysis of drugs can be achieved easily.
应用推荐